VRAIN develops cutting-edge artificial intelligence solutions for healthcare and biomedicine, focusing on precision medicine, clinical decision support, and genomic data analysis. Our research combines advanced machine learning techniques with conceptual modeling to transform how medical professionals diagnose, treat, and prevent diseases.
Our work in healthcare AI spans from the molecular level, with the Delfos Platform for genomic variation management, to clinical applications including risk prediction systems, diagnostic support tools, and intelligent platforms for chronic disease management. We apply membrane computing models to simulate complex biological systems, develop explainable AI for medical decision-making, and create digital twins for bioprocess optimization. These technologies support the transition to personalized medicine by integrating genomic information with conventional clinical data.
VRAIN's healthcare innovations address critical challenges in oncology, cardiology, nuclear medicine, ophthalmology, and genomic medicine. Our solutions have been recognized in projects funded by the European Commission and national research programs, demonstrating real-world impact in clinical settings and contributing to the advancement of precision medicine practices.
Related Technological Offer
Software & Patents
- Reasoning — Delfos Platform for genomic data, RiskML for clinical risk management, DIAGEN diagnostic support
Services
- Reasoning — Digital twins for bioprocesses, Optimization and prescriptive analytics, Explainable AI systems
- Search — Development of genomic information tools, Mining and data analysis
- Perception — Deep learning and visual AI for medical imaging
Related Research Areas
- Natural Computing — Membrane computing for biological systems, genomic data modeling
- Machine Learning and Deep Learning — Medical imaging analysis, diagnostic prediction models
- Computational Logic and Automated Reasoning — Formal verification of medical systems, reasoning for clinical decisions
- Software Production Methods — Conceptual modeling for precision medicine information systems

